Intel Corporation

Ihab A Ali

Shawn McEuen

Rakesh Bhatia

James Hermerding

A memory module having a packaging cover to encapsulate a board having multiple separate chips, which dynamically generate varying amounts heat. The packaging cover provides localized heat dissipation among the multiple separate memory chips. The separate chips are interconnected to the board via a set of solder balls. The packaging cover further provides a rigid encapsulation of the board and chips. In one embodiment, the memory module includes a thermally conductive substance displaced within the packaging cover to conduct heat from the separate chips to the packaging cover. In one embodiment, a top cover and bottom cover of the packaging cover are assembled with a separate frame to secure a coupling between the top and bottom covers of the packaging cover. In one embodiment, the frame includes grooves to receive notches of a module connector coupled to a motherboard. In one embodiment, the frame includes an aperture for receiving connections to thermal solutions external to the packaging cover.

Protective cover and packaging for multi-chip memory modules

A memory module having a packaging cover to encapsulate a board having multiple separate chips, which dynamically generating varying amounts heat. The packaging cover provides localized heat dissipation among the multiple separate memory chips. The separate chips are interconnected to the board via a set of solder balls. The packaging cover further provides a rigid encapsulation of the board and chips. In one embodiment, the memory module includes a thermally conductive substance displaced within the packaging cover to conduct heat from the separate chips to the packaging cover. In one embodiment, the packaging cover consists of a plastic material having a sheet of metal coupled to an interior surface of the packaging cover. In one embodiment, the packaging cover includes two separate covers, with a first cover having an insert pin, and a second cover having an insert receptacle to receive the insert pin. In an alternative embodiment, the first cover of the packaging cover includes a set of clip snaps to secure a coupling between the first cover and a second cover of the packaging cover.

A memory module having a packaging cover to encapsulate a board having multiple separate chips, which dynamically generate varying amounts heat. The packaging cover provides localized heat dissipation among the multiple separate memory chips. The separate chips are interconnected to the board via a set of solder balls. The packaging cover further provides a rigid encapsulation of the board and chips. In one embodiment, the memory module includes a thermally conductive substance displaced within the packaging cover to conduct heat from the separate chips to the packaging cover. In one embodiment, the packaging consist of a two separate metal covers. In one embodiment, a first cover of the packaging cover includes a first set of finger wraps and a second cover of the packaging cover includes a second set of finger wraps that interlace with the first set of finger wraps to secure a coupling between the first cover and a second cover of the packaging cover. In an alternative embodiment, a top cover and bottom cover of the packaging are assembled with rivets coupling the top and bottom covers.

A system includes a housing, a support structure (e.g., a circuit board), and an electronic device mounted on the support structure. A heat dissipation apparatus is thermally coupled to the electronic device and the housing to direct heat from the electronic device into the housing. The heat dissipation apparatus may include layers of thermally conductive members coupled between the electronic device and the housing. In addition, the heat dissipation apparatus may be thermally coupled to the support structure to direct heat from the electronic device to the support structure.

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San Francisco, CA, United States of America

Ihab A Ali